Instrumentation engineers create complex control systems for a wide range of products, including consumer electronics, robotic instruments, vehicles, and industrial machinery. They are well-versed in mechanical and electrical engineering principles, as well as modern computer drafting software and physical construction methods. In most cases, a person who wants to work as an instrumentation engineer must have at least a bachelor’s degree from an accredited university. In addition, to establish a career in the field, on-the-job training and passing professional engineer exams are required.
For someone who wants to work as an instrumentation engineer, a four-year bachelor’s degree program in mechanical engineering, electrical engineering, physics, or math can be very helpful. The majority of future professionals choose mechanical engineering programs, but other majors can also learn relevant techniques and information. To study the principles of electricity, chemistry, and magnetism, students typically enroll in a number of advanced science and math courses. To develop practical skills, an undergraduate can take classes in drafting, blueprint design, and computer science.
Internship opportunities at local manufacturing plants and research and development firms are available to college students interested in becoming instrumentation engineers. Work as an assistant or junior engineer at the entry level provides valuable hands-on experience in the field and can improve a person’s chances of landing a job after graduation. A student can begin applying for full-time work near graduation taking the first of two written professional engineer exams.
When applying to be an instrumentation engineer, a person’s practical skills and computer knowledge should be highlighted. Employers prefer to hire new engineers who can quickly master a variety of unique software applications and collaborate well with other members of the engineering team. When a person is offered a job, he or she can expect to work under supervision for six months to four years. A new engineer’s ongoing experience allows him or her to take on more responsibilities and independence in their work.
After four to five years of experience, the second professional engineer exam can usually be taken. If a worker passes the test, he or she will be able to work as an instrumentation engineer and will be able to lead original projects. Professionals who have worked in the field for several years and have established a strong reputation are typically rewarded with excellent pay and advancement opportunities. Some engineers go on to start their own consulting firms or become private instrumentation equipment manufacturers.